// Use this for initialization
void Start()
{
gtEvent = new GazeTouchEvent();
whichKeyboard = "Accuracy";
isDynamicCascading = true;
keyLayout = new string[5];
keyLayout[0] = "●";
keys = GameObject.FindGameObjectsWithTag("eye_key");
Vector3 basicPosition = keys[0].transform.localPosition;
keyWidth = keys[0].transform.localScale.x;
keyHeight = keys[0].transform.localScale.y;
Text text;
foreach (GameObject g in keys)
{
g.GetComponentInChildren <Text>().text = "●";
}
keys[0].GetComponent <accuracy_target>().key = 'a';
Vector3 keyPosition = new Vector3(basicPosition.x, basicPosition.y, basicPosition.z);
keys[0].transform.localPosition = keyPosition;
keys[1].GetComponent <accuracy_target>().key = 'b';
keyPosition = new Vector3(basicPosition.x + 0.055f * 9, basicPosition.y, basicPosition.z);
keys[1].transform.localPosition = keyPosition;
keys[2].GetComponent <accuracy_target>().key = 'c';
keyPosition = new Vector3(basicPosition.x + 0.055f * 4.5f, basicPosition.y - 0.07f * 2, basicPosition.z);
keys[2].transform.localPosition = keyPosition;
keys[3].GetComponent <accuracy_target>().key = 'd';
keyPosition = new Vector3(basicPosition.x, basicPosition.y - 0.07f * 4, basicPosition.z);
keys[3].transform.localPosition = keyPosition;
keys[4].GetComponent <accuracy_target>().key = 'e';
keyPosition = new Vector3(basicPosition.x + 0.055f * 9, basicPosition.y - 0.07f * 4, basicPosition.z);
keys[4].transform.localPosition = keyPosition;
setBaseDwell(keys[0]);
setBaseDwell(keys[1]);
setBaseDwell(keys[2]);
setBaseDwell(keys[3]);
setBaseDwell(keys[4]);
initExperiment();
audio.Play();
}
// Use this for initialization
void Start()
{
gtEvent = new GazeTouchEvent();
whichKeyboard = "DC";
isDynamicCascading = true;
keyLayout = new string[5];
keyLayout[0] = "qwertyuiop";
keyLayout[1] = "asdfghjkl";
keyLayout[2] = "zxcvbnm";
keyLayout[3] = "<>~";
keyLayout[4] = "+-$";
keys = GameObject.FindGameObjectsWithTag("eye_key");
int keyID = 0;
int keyRow = 0;
int keyCol = 0;
Vector3 basicPosition = keys[0].transform.localPosition;
Text text;
Text[] temp = gameObject.GetComponentsInChildren <Text>();
foreach (Text t in temp)
{
if (t.tag.CompareTo("dwell") == 0)
{
dwellInfo = t;
baseDwell_int = getDwellTime();
updateDwell();
break;
}
}
foreach (GameObject key in keys)
{
if (key != null)
{
keyWidth = key.transform.localScale.x;
keyHeight = key.transform.localScale.y;
keyGap = keyWidth / 15;
//key.transform.localScale = new Vector3(keySize, keySize, keySize / 8);
Vector3 keyPosition = new Vector3(basicPosition.x, basicPosition.y, basicPosition.z);
keyPosition.x += (keyWidth + keyGap) * keyCol + keyWidth * keyRow / 2;
keyPosition.y -= (keyHeight + keyGap) * keyRow;
key.transform.localPosition = keyPosition;
text = key.GetComponentInChildren <Text>();
text.text = keyLayout[keyRow].Substring(keyCol, 1);
key.GetComponent <Eyekeyboard_eye_only>().key = text.text.ToCharArray()[0];
setBaseDwell(key);
if (text.text.CompareTo("~") == 0)
{
text.text = "Enter";
keyPosition.x += (keyWidth * spacebarScale * 1.5f + keyGap);
key.transform.localPosition = keyPosition;
}
else if (text.text.CompareTo("<") == 0)
{
Vector3 keyScale = new Vector3(key.transform.localScale.x * 2, key.transform.localScale.y, key.transform.localScale.z);
key.transform.localScale = keyScale;
key.transform.localPosition = keyPosition;
Vector3 scaleT = text.transform.localScale;
scaleT.x /= 2;
text.transform.localScale = scaleT;
text.text = "del";
}
else if (text.text.CompareTo(">") == 0)
{
Vector3 keyScale = new Vector3(key.transform.localScale.x * spacebarScale, key.transform.localScale.y, key.transform.localScale.z);
key.transform.localScale = keyScale;
keyPosition.x = basicPosition.x + (keyWidth * spacebarScale + keyGap) * keyCol * 1.5f;
key.transform.localPosition = keyPosition;
text.text = "Space";
Vector3 scaleT = text.transform.localScale;
scaleT.x /= (spacebarScale);
text.transform.localScale = scaleT;
}
else if (text.text.CompareTo("-") == 0)
{
Vector3 keyScale = new Vector3(key.transform.localScale.x * spacebarScale, key.transform.localScale.y, key.transform.localScale.z);
key.transform.localScale = keyScale;
keyPosition.x = basicPosition.x + keyWidth * 1.7f;
keyPosition.y = dwellAdjuster_y;
key.transform.localPosition = keyPosition;
//text.text = "-50";
}
else if (text.text.CompareTo("+") == 0)
{
Vector3 keyScale = new Vector3(key.transform.localScale.x * spacebarScale, key.transform.localScale.y, key.transform.localScale.z);
key.transform.localScale = keyScale;
keyPosition.x = basicPosition.x + keyWidth * 4.8f;
keyPosition.y = dwellAdjuster_y;
key.transform.localPosition = keyPosition;
//text.text = "";
}
else if (text.text.CompareTo("$") == 0)
{
Vector3 keyScale = new Vector3(key.transform.localScale.x * spacebarScale, key.transform.localScale.y, key.transform.localScale.z);
key.transform.localScale = keyScale;
keyPosition.x = basicPosition.x + keyWidth * 9.4f;
keyPosition.y = dwellAdjuster_y;
key.transform.localPosition = keyPosition;
text.text = "Start";
text.transform.localScale = new Vector3(text.transform.localScale.x / spacebarScale, text.transform.localScale.y, text.transform.localScale.z);
}
text.transform.localScale = new Vector3(text.transform.localScale.x, text.transform.localScale.y * keyWidth / keyHeight, text.transform.localScale.z);
keyCol++;
if (keyCol == keyLayout[keyRow].Length)
{
keyCol = 0;
keyRow++;
}
keyID++;
}
}
initExperiment();
initCalib();
foreach (GameObject g in markers)
{
g.SetActive(false);
}
foreach (GameObject g in keys)
{
g.SetActive(true);
}
keys[31].SetActive(false);
keys[28].SetActive(true);
audio.Play();
if (startTrial > 0)
{
keyEntered(Key.Enter);
}
else
{
adjustDwellPhaseStart();
}
}
// Use this for initialization
void Start()
{
gtEvent = new GazeTouchEvent();
whichKeyboard = "SwipeZone";
keyboards = GameObject.FindGameObjectsWithTag("SwipeZone_keyboard");
keysTemp = new string[9];
keysTemp[0] = "qwe";
keysTemp[1] = "asd";
keysTemp[2] = "zxc";
keysTemp[3] = "rty";
keysTemp[4] = "fgh";
keysTemp[5] = "vbn";
keysTemp[6] = "uio";
keysTemp[7] = "jkp";
keysTemp[8] = "ml.";
char[] temp;
deactivater = new Canvas[9, 4];
keyboardHeight = keyboards[0].transform.localScale.y;
keyboardWidth = keyboards[0].transform.localScale.x;
keyboardGap = keyboardHeight / 15;
Vector3 basicKeyboardPosition = keyboards[0].transform.localPosition;
int sub = 0;
foreach (string key in keysTemp)
{
temp = key.ToCharArray();
keys[sub, 0] = temp[0];
keys[sub, 1] = temp[1];
keys[sub, 2] = temp[2];
sub++;
}
for (int i = 0; i < keyboards.Length; i++)
{
keyboards[i].transform.localPosition = new Vector3(basicKeyboardPosition.x + (i / 3) * (keyboardWidth + keyboardGap), basicKeyboardPosition.y - (i % 3) * (keyboardHeight + keyboardGap), basicKeyboardPosition.z);
Canvas[] tempC = keyboards[i].GetComponentsInChildren <Canvas>();
deactivater[i, left] = keyboards[i].GetComponentsInChildren <Canvas>()[left];
deactivater[i, center] = keyboards[i].GetComponentsInChildren <Canvas>()[center];
deactivater[i, right] = keyboards[i].GetComponentsInChildren <Canvas>()[right];
deactivater[i, whole] = keyboards[i].GetComponentsInChildren <Canvas>()[whole];
Text[] keysOn = keyboards[i].GetComponentsInChildren <Text>();
for (int k = 0; k < 3; k++)
{
keysOn[k].text = "" + keys[i, k];
}
if (i == 0 || i == 2 || i == 6 || i == 8)
{
keyboards[i].GetComponent <MeshRenderer>().material.color = Color.white;
MeshFilter[] meshes = keyboards[i].GetComponentsInChildren <MeshFilter>();
int k = 0;
Vector3 pos;
Canvas[] canvases = keyboards[i].GetComponentsInChildren <Canvas>();
foreach (Canvas c in canvases)
{
if (c.tag.CompareTo("highlight") == 0)
{
pos = c.transform.position;
switch (i)
{
case 0:
pos.x -= border;
pos.y += border;
break;
case 2:
pos.x -= border;
pos.y -= border;
break;
case 6:
pos.x += border;
pos.y += border;
break;
case 8:
pos.x += border;
pos.y -= border;
break;
}
c.transform.position = pos;
}
}
foreach (MeshFilter mesh in meshes)
{
if (k == 0)
{
k++;
pos = mesh.transform.position;
switch (i)
{
case 0:
pos.x += keyboardGap;
pos.y -= keyboardGap;
break;
case 2:
pos.x += keyboardGap;
pos.y += keyboardGap;
break;
case 6:
pos.x -= keyboardGap;
pos.y -= keyboardGap;
break;
case 8:
pos.x -= keyboardGap;
pos.y += keyboardGap;
break;
}
mesh.transform.position = pos;
}
else
{
pos = mesh.transform.position;
switch (i)
{
case 0:
pos.x -= border;
pos.y += border;
break;
case 2:
pos.x -= border;
pos.y -= border;
break;
case 6:
pos.x += border;
pos.y += border;
break;
case 8:
pos.x += border;
pos.y -= border;
break;
}
mesh.transform.position = pos;
}
k++;
}
}
else
{
keyboards[i].GetComponent <MeshRenderer>().material.color = Color.gray;
}
}
deactivateAll();
initExperiment();
initTouchPad();
audio.Play();
}
void Start()
{
gtEvent = new GazeTouchEvent();
whichKeyboard = "GAT3_adv";
activatedWindow = 0;
keyboards = GameObject.FindGameObjectsWithTag("GAT_keyboard_zone");
keysTemp = new string[3];
keysTemp[0] = "qweasdzxc";
keysTemp[1] = "rtyfghvbn";
keysTemp[2] = "uioklpml.";
char[] temp;
Vector3 basicKeyboardPosition = keyboards[0].transform.localPosition;
Vector3 basicKeyboardScale = keyboards[0].transform.localScale;
basicKeyboardScale.x *= xScale;
Vector3 basicTextScale = keyboards[0].GetComponentInChildren <Text>().transform.localScale;
basicTextScale.x /= xScale;
keyboardHeight = basicKeyboardScale.y;
keyboardWidth = basicKeyboardScale.x;
keyboardGap = keyboardHeight / 15;
GATkeyboards = new GAT_keyboard_zone[3];
col_threshold = new float[3];
int sub = 0;
foreach (string key in keysTemp)
{
temp = key.ToCharArray();
keys[sub, 0] = temp[0];
keys[sub, 1] = temp[1];
keys[sub, 2] = temp[2];
keys[sub, 3] = temp[3];
keys[sub, 4] = temp[4];
keys[sub, 5] = temp[5];
keys[sub, 6] = temp[6];
keys[sub, 7] = temp[7];
keys[sub, 8] = temp[8];
sub++;
}
//wordOnKeyboard = new Text[9];
for (int i = 0; i < keyboards.Length; i++)
{
keyboards[i].transform.localPosition = new Vector3(basicKeyboardPosition.x + (i) * (keyboardWidth + keyboardGap), basicKeyboardPosition.y, basicKeyboardPosition.z);
keyboards[i].transform.localScale = basicKeyboardScale;
GATkeyboards[i] = keyboards[i].GetComponent <GAT_keyboard_zone>();
//wordOnKeyboard[i] = keyboards[i].GetComponentsInChildren<Text>()[1];
GATkeyboards[i].key = keyboards[i].GetComponentsInChildren <Text>()[0];
GATkeyboards[i].setBasicKeys(keysTemp[i].ToCharArray());
GATkeyboards[i].key.transform.localScale = basicTextScale;
GATkeyboards[i].id = i;
}
//wordColor = wordOnKeyboard[0].color;
integratedEyeCursor_yPoses = new float[3];
integratedEyeCursor_yPoses[0] = keyboards[0].transform.localPosition.y - keyboards[0].transform.localScale.y / 2;
col_threshold = new float[2];
col_threshold[0] = keyboards[1].transform.localPosition.x - (keyboards[1].transform.localScale.x - keyboardGap) / 2;
col_threshold[1] = keyboards[2].transform.localPosition.x - (keyboards[2].transform.localScale.x - keyboardGap) / 2;
selectedRow = 0;
initExperiment();
initTouchPad();
audio.Play();
}
void Start()
{
gtEvent = new GazeTouchEvent();
whichKeyboard = "GAT";
activatedWindow = 0;
keyboards = GameObject.FindGameObjectsWithTag("GAT_keyboard");
keysTemp = new string[9];
keysTemp[0] = "qwe";
keysTemp[1] = "asd";
keysTemp[2] = "zxc";
keysTemp[3] = "rty";
keysTemp[4] = "fgh";
keysTemp[5] = "vbn";
keysTemp[6] = "uio";
keysTemp[7] = "jkp";
keysTemp[8] = "ml.";
char[] temp;
Vector3 basicKeyboardPosition = keyboards[0].transform.localPosition;
Vector3 basicKeyboardScale = keyboards[0].transform.localScale;
basicKeyboardScale.x *= xScale;
Vector3 basicTextScale = keyboards[0].GetComponentInChildren <Text>().transform.localScale;
basicTextScale.x /= xScale;
keyboardHeight = basicKeyboardScale.y;
keyboardWidth = basicKeyboardScale.x;
keyboardGap = keyboardHeight / 15;
GATkeyboards = new GAT_keyboard[9];
col_threshold = new float[3];
row_threshold = new float[3];
int sub = 0;
foreach (string key in keysTemp)
{
temp = key.ToCharArray();
keys[sub, 0] = temp[0];
keys[sub, 1] = temp[1];
keys[sub, 2] = temp[2];
sub++;
}
//wordOnKeyboard = new Text[9];
for (int i = 0; i < keyboards.Length; i++)
{
keyboards[i].transform.localPosition = new Vector3(basicKeyboardPosition.x + (i / 3) * (keyboardWidth + keyboardGap), basicKeyboardPosition.y - (i % 3) * (keyboardHeight + keyboardGap), basicKeyboardPosition.z);
keyboards[i].transform.localScale = basicKeyboardScale;
GATkeyboards[i] = keyboards[i].GetComponent <GAT_keyboard>();
//wordOnKeyboard[i] = keyboards[i].GetComponentsInChildren<Text>()[1];
GATkeyboards[i].key = keyboards[i].GetComponentsInChildren <Text>()[0];
GATkeyboards[i].setBasicKeys(keys[i, 0], keys[i, 1], keys[i, 2]);
GATkeyboards[i].key.transform.localScale = basicTextScale;
GATkeyboards[i].id = i;
}
//wordColor = wordOnKeyboard[0].color;
integratedEyeCursor_yPoses = new float[3];
integratedEyeCursor_yPoses[0] = keyboards[0].transform.localPosition.y - keyboards[0].transform.localScale.y / 2;
integratedEyeCursor_yPoses[1] = keyboards[1].transform.localPosition.y - keyboards[1].transform.localScale.y / 2;
integratedEyeCursor_yPoses[2] = keyboards[2].transform.localPosition.y - keyboards[2].transform.localScale.y / 2;
col_threshold = new float[2];
row_threshold = new float[2];
row_threshold[0] = keyboards[1].transform.localPosition.y + (keyboards[1].transform.localScale.y + keyboardGap) / 2;
row_threshold[1] = keyboards[2].transform.localPosition.y + (keyboards[2].transform.localScale.y + keyboardGap) / 2;
col_threshold[0] = keyboards[3].transform.localPosition.x - (keyboards[3].transform.localScale.x - keyboardGap) / 2;
col_threshold[1] = keyboards[6].transform.localPosition.x - (keyboards[6].transform.localScale.x - keyboardGap) / 2;
initExperiment();
initTouchPad();
initCalib();
foreach (GameObject g in markers)
{
g.SetActive(false);
}
foreach (GameObject g in keyboards)
{
g.SetActive(true);
}
audio.Play();
}
// Use this for initialization
void Start()
{
gtEvent = new GazeTouchEvent();
whichKeyboard = "Accuracy";
isDynamicCascading = true;
gazeRef = new Vector2[calibPoint];
markerPos = new Vector2[calibPoint];
keyLayout = new string[calibPoint];
keyLayout[0] = "●";
keys = GameObject.FindGameObjectsWithTag("marker");
Vector3 basicPosition = keys[0].transform.localPosition;
keyWidth = keys[0].transform.localScale.x;
keyHeight = keys[0].transform.localScale.y;
Text text;
foreach (GameObject g in keys)
{
g.GetComponentInChildren <Text>().text = "●";
}
keys[0].GetComponent <Calib_marker>().key = 'q';
Vector3 keyPosition = new Vector3(basicPosition.x, basicPosition.y, basicPosition.z);
keys[0].transform.localPosition = keyPosition;
keys[1].GetComponent <Calib_marker>().key = 'w';
keyPosition = new Vector3(basicPosition.x + 0.055f * 4.5f, basicPosition.y, basicPosition.z);
keys[1].transform.localPosition = keyPosition;
keys[2].GetComponent <Calib_marker>().key = 'e';
keyPosition = new Vector3(basicPosition.x + 0.055f * 9, basicPosition.y, basicPosition.z);
keys[2].transform.localPosition = keyPosition;
keys[3].GetComponent <Calib_marker>().key = 'a';
keyPosition = new Vector3(basicPosition.x, basicPosition.y - 0.07f * 2, basicPosition.z);
keys[3].transform.localPosition = keyPosition;
keys[4].GetComponent <Calib_marker>().key = 's';
keyPosition = new Vector3(basicPosition.x + 0.055f * 4.5f, basicPosition.y - 0.07f * 2, basicPosition.z);
keys[4].transform.localPosition = keyPosition;
keys[5].GetComponent <Calib_marker>().key = 'd';
keyPosition = new Vector3(basicPosition.x + 0.055f * 9, basicPosition.y - 0.07f * 2, basicPosition.z);
keys[5].transform.localPosition = keyPosition;
keys[6].GetComponent <Calib_marker>().key = 'z';
keyPosition = new Vector3(basicPosition.x, basicPosition.y - 0.07f * 4, basicPosition.z);
keys[6].transform.localPosition = keyPosition;
keys[7].GetComponent <Calib_marker>().key = 'x';
keyPosition = new Vector3(basicPosition.x + 0.055f * 4.5f, basicPosition.y - 0.07f * 4, basicPosition.z);
keys[7].transform.localPosition = keyPosition;
keys[8].GetComponent <Calib_marker>().key = 'c';
keyPosition = new Vector3(basicPosition.x + 0.055f * 9, basicPosition.y - 0.07f * 4, basicPosition.z);
keys[8].transform.localPosition = keyPosition;
int i = 0;
foreach (GameObject g in keys)
{
//should match input plane transform
gazeRef[i] = new Vector2();
markerPos[i] = new Vector2();
markerPos[i].x = g.transform.localPosition.x;
markerPos[i].y = g.transform.localPosition.y;
i++;
}
initExperiment();
audio.Play();
}
